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04860aam a2200433 i 4500 001 EA3AED62084B11EFBCAD05DA2DECA4DB 003 SILO 005 20240502011849 008 230823t20242024enka e b 001 0 eng d 020 $a 183916591X 020 $a 9781839165917 035 $a (OCoLC)1394891640 040 $a YDX $b eng $e rda $c YDX $d BDX $d OCLCO $d ESU $d OCLCO $d NTE $d GO3 $d BUF $d ZAC $d VP@ $d CUV $d AUM $d SILO 050 4 $a TP650 F73 2024 100 1 $a Francl, Michelle M., $e author. 245 10 $a Steeped : $b the chemistry of tea / $c by Michelle Francl. 246 30 $a Chemistry of tea 264 1 $a [Cambridge] : $b Royal Society of Chemistry, $c [2024] 300 $a xvi, 224 pages : $b illustrations (some color) ; $c 24 cm 520 $a Tea is the world's most popular beverage. Dive into a cup of tea with a chemist and discover the rich molecular brew that can be extracted from the leaves of the Camellia sinensis plant. Tea contains over a hundred different chemical compounds which contribute to its colour, taste and scent -- and its stimulating effects. The best-known is caffeine, but how does caffeine end up in tea and how can you get it out? Beginning with the leaves, 'Steeped' explores the chemistry behind different styles of tea, from green teas to pu-erh. It tackles the age-old question of when, or even whether, to add milk. And it puts the chemistry to use with advice on how to brew a better cup. 504 $a Includes bibliographical references and index. 505 0 $a A Cup of Chemistry. The mysterious Wilhelmina Green ; What this book is about ; What this book is not about ; An incredibly brief history of tea ; Chemistry lessons ; Chemistry TL;DR ; A slightly longer course in chemistry ; Chemistry's big ideas ; How to read a chemical structure : or what do molecules really look like anyway? ; Decoding chemical names ; Molecules in the mirror ; Pouring the big ideas into a teacup ; Further reading -- Reading the Tea Leaves. Tea is a work of art ; Wither or not? ; Bruised and battered: Enzymatic oxidation ; Killing the green: Hitting the off switch ; Maillard's reaction ; Shaped and dried ; Microscopic chemists: the making of fermented pu'erh teas ; White and yellow teas ; From the leaf to the cup ; Brewing a better cup ; Further reading -- The Drug in the Cup. A stimulating beverage ; An atom's eye tour of caffeine ; Molecular locks and keys ; Adenosine: A molecular on/off switch ; Blocking the signal to sleep ; Caffeine and humans: It's complicated ; From cup to receptor: Brewing a dose of caffeine ; Pharmacokinetics or why am I still awake at midnight after having had tea at 4? ; Side hustles ; Can you get addicted to caffeine? ; What does the plant get from caffeine? ; Making tea without caffeine ; Beyond caffeine ; Brewing a better cup ; Further reading -- 505 8 $a The Taste of Zen. A joy and a delight ; A molecular inventory ; Reading the tea leaves ; A taste of zen ; A potent wizard ; Molecular zen: L-Theanine ; The power and peril of oxygen ; Catechins: Can you catch them all? ; Molecular chameleons ; Bitter dregs: Other alkaloids ; Fluoride is in more than your toothpaste ; Metals and minerals ; Tea is radioactive and so are you ; Organic acids and Vitamin C ; Insects are a feature not a bug ; Brewing a better cup ; Further reading --The Agony of the Leaves. Extracting what you want ; Making a cup of tea ; Tea is mostly oxidane ; "Tea you have not": Time and temperature ; Hotness levels ; A little agitation is a good thing ; Tea grown cold ; Exhausted leaves get a second wind ; Tea in an instant ; Brewing a better cup ; Further reading -- Sugar and Spice. Spicing up a cup ; Milk ; Milk or tea first? ; A taste of honey ; Naturally sweet: Sugars ; Sweet surprises ; Tiny proteins ; Molecular love triangles ; Chai: Tea can be hot in more ways than one ; Tea. Earl Grey. Hot ; Drink this with a grain of slat ; Lemon ; Brewing a better cup ; Further reading -- Earth, Wind, Fire, and Water. The technology of tea ; What comes between you and your tea: Teabags, balls, and baskets ; Objects of desire: What do I want in a teapot? ; Getting into hot water ; Keeping tea cozy ; Brewing a better cup -- Epilogue. 650 0 $a Tea $x Analysis. 650 0 $a Tea $x Composition. 650 0 $a Camellias. 650 0 $a Tea. 650 0 $a Caffeine. 650 0 $a Theophylline. 650 0 $a Analytical chemistry. 650 0 $a Biochemistry. 650 0 $a Plant metabolites. 650 0 $a Plant polyphenols. 710 2 $a Royal Society of Chemistry (Great Britain), $e publisher. 776 08 $i Online version: $a Francl, Michelle. $t Steeped. $d Cambridge : Royal Society of Chemistry, 2024 $z 9781837670383 $w (OCoLC)1424455914 941 $a 1 952 $l USUX851 $d 20240502013820.0 956 $a http://locator.silo.lib.ia.us/search.cgi?index_0=id&term_0=EA3AED62084B11EFBCAD05DA2DECA4DB 994 $a C0 $b IWAInitiate Another SILO Locator Search